INA ZC-C1085 Engine Timing Chain

Engine Timing Chain for Hyundai and Kia

INA ZC-C1085 is an engine timing chain built for select Hyundai Elantra and Kia Forte applications. It uses a silent chain design with 178 links and is engineered to meet OE-level fit and performance expectations for the valve train.

Key Features

• Silent chain construction for smooth timing operation
• 178-link design for the specified engine application
• Heat-treated chain plates and pins for controlled hardness and durability
• OE-style replacement for timing chain service
• Part number ZC-C1085 for accurate ordering and fitment lookup

Detailed Description

INA ZC-C1085 is an engine timing chain for the valve train system, designed for direct replacement use in select Hyundai Elantra and Kia Forte models. The silent chain layout is paired with heat-treated plates and pins to support consistent timing control under normal engine operating conditions. This part cross-references 5530356100 for the same application. Fits 2017-2020 Hyundai Elantra, N/A. Fits 2017-2018 Kia Forte, N/A. Fits 2014-2016 Hyundai Elantra, N/A. The part number ZC-C1085 is also listed as INA Global Number 553 0356 100; Chain for one of the covered Hyundai Elantra applications.

Common Timing Chain Issues

• Excessive timing chain noise from wear or stretch
• Incorrect camshaft and crankshaft synchronization
• Engine misfire or rough running related to timing wear
• Check engine light conditions tied to timing correlation faults
• Service replacement for a worn original timing chain

Installation Notes

Verify engine code, model year, and timing system configuration before installation. Replace the chain only after confirming the full timing set condition and following the manufacturer service procedure for alignment and tensioning. Use the vehicle service manual for torque values and timing marks specific to the application.

Quality Assurance

INA timing chains are manufactured to meet or exceed OE quality and performance expectations. The chain plates and pins are heat treated to precise hardness levels to support durability in timing system service.